我发现了能量耗散的真正根源。
用黏性流动能量耗散表示剪切作用。
The shear action is characterized by viscous flowing energy dissipation.
材料的疲劳是能量耗散过程。
提出了用能量耗散原理来解释上述现象。
Above behaviors of friction noise were explained with the energy dissipation principle.
分析了分形维数对波能量耗散的影响规律。
Rule about influence of fractal dimension on wave energy dissipation was analyzed.
在这之外，我们发现多数能量耗散发生在地球内部深处。
Instead, we found that much of the energydissipation occurs in the earth's deep interior.
能量耗散的思想与我们的认知外延密切相关。
The thought of Energy Diffusion is related closely to our cognition extension.
讨论了岩石破坏与能量耗散、能量释放的内在联系。
The intrinsic relations between energy dissipation, energy release and failure of rock are discussed.
研究了微粒填充粘弹性材料在变形过程中的能量耗散。
In this paper, the energy dissipation in particulate-reinforced viscoelastic materials is investigated by means of mesomechanics method.
这个方法的缺点是过载情况下，串联器件上能量耗散高。
The drawback of this approach is high power dissipation on series components during the overload condition.
岩石能量耗散在一定程度上反映了岩石内部的损伤破坏情况。
The energy dissipation is related to the internal damage of rock to some extent.
然后根据熵产率，分析体系中的能量耗散和此时的唯象理论。
Then the energy loss and phenomenological theory are analyzed based on the entropy production.
引入外部热汇后，我们将能量耗散问题转化为一个热传导问题。
We transform the problem of energy dissipation into a problem of heat conduction by the introduction of external heat sink.
材料的能量耗散与材料的粘弹性和界面的不均匀性等因素有关。
The energy dissipation of material is related to some factors such as the viscoelasticity and the homogeneity in interface.
岩体向失稳方向的演化过程是一个能量耗散且伴随有减熵的过程。
The process of rock mass 'evolution to instability is a course of energy dissipation with entropy decreasing gradually.
故障切除后，STE 减去能量耗散项后等于暂态能量（TE）。
The transient energy(TE)is equal to the remainder energy when the dissipation energy is subtracted from STE.
研究了有限的多自由度耦合哈密顿系统能量耗散过程的动力学问题。
Dynamical problems about energy dissipation in a finite multi-degree of freedom Hamiltonian system are studied.
减阻杆削弱了旋风分离器内部流动的湍流强度，使湍流能量耗散减少。
The other is the action of weakening turbulent intensity by the Repds, which reduces the energy dissipation of the cyclone flows.
给出了活塞式换能器的电声效率、压电元件能量耗散值D的计算结果。
Examples of electricity-sound efficiency of piston transducer and energy dissipation per unit vibration energy D ate given.
指出岩石间隔性区域断裂是岩石在能量耗散与能量转化下的综合结果。
It is pointed out that the rock intermittent regional fracture is a composite result of rock energy dissipation and conservation.
充填法开采过程中充填体与岩体的耦合力学作用是一个能量耗散过程。
The coupling mechanical action between filling body and rock mass during filling mining is a process of energy dissipation.
企业危机是一个复杂的非线性的能量耗散系统，具有类似混沌的本质特征。
The crisis of an enterprise is a complicated non-linear energy consuming system similar to chaos in characteristics.
基于能量耗散的接触面应力应变3参数模型，建立了接触面正向剪切模型。
A new interface constitutive model neglecting previous shear ratio is presented on the basis of above established 3-parameter stress-strain model.
金属疲劳是一个能量耗散过程，其中主要的能量耗散形式包括内耗热和储能。
Fatigue of metals is an energy dissipation process. The main energy dissipation includes the internal friction and the stored energy.
从广延能量耗散的角度看，泥石流暴发的应力演化过程是一种自组织临界过程。
According to energy consumption in broad sense, evolution process of stress in debris flow occurrence is a process of self organization criticality.
阻尼：物理学中，指因能量耗散使振荡、噪音、交流电之类的振动所受到的遏制。
Damping: in physics, the restraint of vibratory motion, such as mechanical oscillations, noise, and alternating electric currents, by dissipating energy.
该试验结果为无机刚性颗粒在聚合物中作用的能量耗散理论提供了有力的试验支持。
The effect mechanism for improving the mechanical properties of the polymer filled with plerospheres was studied using the energy dissipation theory.
从岩体的蠕变全过程、长期强度和能量耗散的角度，分析软弱围岩的蠕变损伤特性。
From the point of whole creep process, long-term strength and energy dissipation, this paper analyzes the creep damage characteristics of wreak surrounding rock.
讨论了岩石变形破坏过程中能量耗散、能量释放与岩石强度和整体破坏的内在联系。
The intrinsic relations between energy dissipation, energy release, and strength and abrupt structural failure of rocks during failure process are discussed.
分别用“漂流通量模型”和“能量耗散模型”描述了气含率和循环液速的变化情况。
A drift flux model and an energy dissipation model were set up and were used to describe the gas holdup in the riser and the circulating liquid velocity, respectively.
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